25 results about "Information needs" patented technology

This application provides a method and computing device for recommending device components, relating to the field of computing device technology. This method can improve the accuracy and efficiency of device component recommendation. The method includes: acquiring input demand information; describing the features of the component to be recommended in natural language using the demand information; inputting the demand information into a parsing model to obtain the output parsing result; the parsing model is a locally deployed lightweight model obtained by model distillation of a large language model; describing the features of the component to be recommended in a structured format using the parsing result; outputting a recommendation result based on the parsing result; the recommendation result is used to indicate the recommended device component.

The present application belongs to the field of substation communication configuration, and particularly relates to a kind of SCL file comparison method and system.The present application establishes the node model corresponding to each node in SCL file, avoids traversing when comparing, saves traversal time, and when establishing node model, only the attribute information and the subnode information needed for node comparison are modeled, so the comparison of these nodes and attributes can be saved;when comparing nodes or their subnodes, the node content is first texturized, only the text content is compared to see if it is the same, and the text comparison method is optimized, which can quickly determine whether the node content is different, and if not, the comparison of the specific content of the node can be directly saved;and when comparing multiple node subnodes, the unique key attribute is matched, and the key attributes of each subnode in the two files are stored as a linked list and a hash table respectively, ensuring the order and retrieval speed of the results of multiple node subnodes.

This invention relates to a multimodal large-scale model reliable reasoning method and system for medical image-assisted diagnosis, comprising: designing a multimodal thought chain data generation mechanism; using plain text thought chain data and generated multimodal thought chain data to supervise and fine-tune the large model to achieve a cold start effect; further stimulating the reasoning ability of the large model through reinforcement learning, wherein the reward function of reinforcement learning includes multi-dimensional considerations; the calculated reward function values ​​of each dimension are connected to a dynamic reward scheduling mechanism, which adaptively adjusts the weight coefficients between the reward functions to achieve a balanced optimization of the objective function with multiple reward objectives, and outputs a reliable reasoning medical diagnosis result. This invention eliminates redundant information in the answer while accurately retaining the key information needed to solve the problem, thereby ensuring the accuracy and reliability of the answer. Compared with the prior art, this invention has the advantages of high accuracy, strong robustness, excellent reliability, and high reasoning efficiency.

This disclosure relates to a risk determination method, apparatus, electronic device, and medium. The risk determination method includes: acquiring application information from an application; determining risk information of the electronic device based on the application information; and sending the risk information to the application. Since the application does not need to determine the risk information and there is no need to share information, more information from the electronic device can be combined when determining the risk information, thereby improving the accuracy of the risk information. Simultaneously, since only the risk information needs to be sent to the application, and there is no need to send information from the electronic device to the application to avoid privacy information leakage, the security of risk determination is improved.

The application discloses a kind of based on AI big model generation endowment evaluation scheme method and system, it is related to artificial intelligence and endowment service technical cross field, the specific steps of this method are as follows: by preset sensing device every 5 minutes collection old unstructured microfeature data and encryption upload;Call algorithm and carry out dimension transformation;Read cross-modal knowledge graph data quantization evaluation;Matching resource and calculating accessibility index screening target resource;AI big model integrates information and generates scheme containing multiple data and pushes to preset terminal.The application can capture the core physiological and behavioral data of the old people in real time without interference, and the full-link closed-loop protection ensures that privacy is not disclosed;Relying on cross-modal knowledge graph, multi-source data is efficiently linked, and the state of the old people is dynamically quantized and evaluated to adapt to changes;By calculating the accessibility index to screen practical resources, terminal hierarchical authorization and double authentication, it not only meets the information needs of each subject, but also ensures the safe and standardized circulation of the evaluation scheme.

The application relates to the technical field of natural language processing, and discloses a social energy model driven intelligent inspiration reply method and system, which comprises the following steps: constructing a layered emotional energy interval of a user, and determining a response energy consumption level of an intelligent reply system through an energy consumption tendency index; analyzing an energy level of the user in the next round of conversation according to a current energy interval in the layered emotional energy interval and the response energy consumption level; when the energy level belongs to a low energy state interval and the current response energy consumption level is a high energy consumption response level, downgrading the response energy consumption level to a low energy consumption response level to generate a low energy consumption exit path of the intelligent reply system; and outputting intelligent inspiration reply content corresponding to the user through the low energy consumption exit path. The application can distinguish between high energy consumption interaction requirements and low energy consumption information requirements, and avoid outputting unnecessary high energy consumption emotional responses of the system to low energy consumption requirement users.

This application provides an automated inspection method and system for booster stations based on 3D remote sensing, relating to the field of 3D remote sensing technology. The method includes: acquiring booster station inspection task information and obtaining an inspection task semantic vector through semantic parsing; introducing an equipment information requirement semantic model to identify the corresponding equipment information requirement semantic vector; performing semantic parsing simulation on the data collected by the booster station under multiple candidate 3D acquisition scale sets; performing semantic matching degree analysis on multiple data semantic feature sets and the equipment information requirement semantic vector to obtain a matching 3D acquisition scale, and executing 3D remote sensing data acquisition of the booster station. This application solves the technical problem in existing technologies where the acquisition parameters of full-volume data acquisition are disconnected from the semantic requirements of the inspection task, leading to redundant data or missing key information, thus affecting the inspection efficiency of booster stations. Through semantic parsing, the 3D acquisition scale is dynamically adjusted according to the inspection requirements, improving the inspection efficiency of booster stations.

The application discloses a research report generation method and electronic equipment, relates to the computer technical field, carries out multi-modal content structured extraction to the uploaded document, forms a structured document tree and stores into a vector database; the document key information is retrieved from the database, the document key information is filled into the corresponding task decomposition template, and the research outline is generated after adaptive adjustment; knowledge gap is identified, the optimal execution scheme is determined in combination with the task priority and information demand characteristics; the task is decomposed and iterative retrieval is executed, information is retrieved from the database and external resources to fill the knowledge gap, and the iterative convergence condition is judged through information entropy change and multi-round gain threshold; after judging the iterative convergence, the analysis results generated by the multi-round iteration are integrated and optimized in stages. In this way, the document analysis and report writing efficiency can be improved, the research report with deep thinking is output, the knowledge gap is actively filled, the human limitations are avoided, and the analysis results are comprehensive and accurate.

A method by which an electronic device provides a customized answer reflecting travel propensity on the basis of user input augmentation, according to one embodiment of the present application, is characterized by comprising the steps of: receiving a first input including a requirement related to travel from a user; determining the type of the requirement on the basis of keyword information corresponding to a pre-stored requirement type; generating an additional question on the basis of the type of the requirement; receiving a second input as an answer to the generated additional question; and providing a customized answer by determining detailed information included in the first input and the second input. According to one embodiment of the present invention, it is possible to provide a customized answer with high accuracy by generating and providing an additional question to further obtain information needed in order to generate an answer.

The present invention includes: a proof generation step in which a block is a combination of data including an undisclosed item and a signature for the data, and a proof generation device generates a portion or all of the information needed in order to prove whether or not the signature of the block is formal and whether or not the undisclosed item included in the data of the block is formal through a zero-knowledge proof; a proof verification step in which a proof verification device verifies the zero-knowledge proof by using all of the needed information, thereby verifying whether or not the signature of the block is formal and whether or not the undisclosed item included in the data of the block is formal; and a chain information verification step for verifying chain information which a second terminal included in a second chain system acquired when the signature of the block is formal and the undisclosed item included in the data of the block is formal, and with which it can be confirmed that the block is recorded at the leading end of the chain of a first chain system.

This invention provides an operating server and method for operating an artificial intelligence-based lighting control system that controls lighting devices linked via the Internet of Things. [Solution] The operation method of the present invention includes a first source information generation step including spatial information managed by an operating server, spatially identified object information, and generation status information of the object information; an object pattern information generation step based on this information; a first control information generation step for controlling multiple lighting devices based on the object pattern information; a step of controlling the multiple lighting devices based on this and comparing the first source information with second source information generated after the first source information in relation to the space; a step of determining whether the space is stable and whether the first control information needs to be updated based on the comparison result; and a step of generating second control information to control the multiple lighting devices in place of the first control information based on the determination result and controlling the multiple lighting devices.

This invention relates to the field of smart campus information management technology, specifically a personalized information management system based on a smart campus. The system includes: simultaneously acquiring student behavior trajectory data, academic interaction data, and environmental perception data through multimodal data acquisition terminals deployed throughout the campus. Based on the multi-type acquired data, the system constructs an initial individual state vector for each student. This vector is input into a spatiotemporal attention network, which intelligently analyzes and outputs the personalized information demand weight distribution corresponding to students at different times and locations. The system dynamically filters and adaptively sorts the original information entries in the campus information resource database based on the demand weight distribution, generating a dedicated personalized information push queue. Finally, the customized information push queue is accurately distributed to the corresponding student's mobile terminal via the campus wireless network. This system achieves fusion modeling and spatiotemporal correlation analysis of multimodal campus data, enabling precise mining of information needs tailored to changes in student scenarios.

The application discloses a wearable system planning and energy management method based on human needs, comprising the following steps: a wearable system is built with hardware, and a source network load storage collocation scheme based on a scene is planned; energy collection devices, energy storage devices and load devices in the classified types of equipment are modeled, and a behavior model of human needs of a wearer is established; a mapping from human needs to energy needs and information needs is established, and a device connection matrix and a power adjustment amount are generated; an energy management strategy is optimized based on human needs, and an optimal connection matrix and power adjustment amount are obtained. The application can fully utilize the collaborative complementation between the equipment and the wearer, improve the service quality of the wearable system and the comfort of the wearer. Meanwhile, the collaborative scheduling of the devices in the system, the efficient interaction with the wearer and the real-time response to the human needs are realized, and the application needs of multiple scenes of a set of systems can be met.

This application discloses a vehicle QR code media information collection system based on a MES system, relating to the field of vehicle production management, including: an information formulation module, a system function expansion module, and an information verification module; the information formulation module is used to formulate QR code information requirements, arrange information content, and set the data length of QR code information; wherein, the QR code has a fixed data length; the QR code data includes fixed positions, part number, date, production workshop, and serial number data; the system function expansion module is used to add QR code information collection function to the manufacturing execution of the MES system, realizing information reading, data interaction, and vehicle information binding and adaptation with the QR code media; the information verification module is used to add fixed position and part number verification functions according to the QR code information expression rules, avoiding information collection errors from the MES system end.

This invention discloses a method for ARINC429 requirements analysis and automatic code generation based on the bus protocol. The method includes: establishing a standard template for a table according to the ARINC429 communication protocol requirements, containing the information needed for code generation; automatically analyzing the ARINC429 communication protocol file using a program to read key information from the table; reporting errors in the main table and sub-tables that do not conform to the protocol format during the key information reading process; establishing a complete data flow processing code framework rule based on the signal input, processing, and output sequence; and establishing different structures for the received / transmitted Label numbers according to channel and direction based on the data information obtained in step S3. This invention, through the automated identification of ARINC429 bus protocol requirements and the automated generation of standard code, reduces design and implementation defects introduced by developers' understanding of requirements during software development, greatly improving software development efficiency.

The application discloses a kind of information automatic distribution method, it is related to data processing technical field, this information automatic distribution method realizes information word product in first time automatically and accurately reaches customer.Information automatic distribution method is sent to customer immediately for information needing instantaneously, html information is converted into word format immediately after information editing is completed, then according to the distribution configuration associated with information module label, it is automatically sent to customer by mail or enterprise WeChat.For daily news and other information products needing to be combined and then sent, information is automatically combined according to module label using timing task, then converted into word format, finally, according to the distribution configuration associated with information product, it is automatically sent to customer by mail or enterprise WeChat.

Systems and methods are described for implementing debugging snapshots on a serverless computing system. A serverless computing system executes user-submitted code in sandboxed execution environments such as virtual machines or containers, and the user who requests execution of the code does not have direct access to these execution environments for debugging or other purposes. To support debugging of code, the serverless computing system thus implements a debugging snapshot service that generates snapshots of the environment in which the user-submitted code is executing. Snapshots are generated accordance with criteria that may be specified by the user, and may include any or all of the information needed to resume execution of the code from the point at which the snapshot was taken. The service includes user interfaces that enable inspection and comparison of snapshots, as well as setting snapshot generation and retention policies.

The application provides a cross-domain multi-modal information source perception distribution method and system, and belongs to the technical field of multi-source information management; firstly, the method quantitatively calculates the information demand similarity between different user groups; secondly, the score weight of the similar group is migrated to the target group based on the similarity to generate high-quality initial weight; then, the user group is innovatively modeled as a time-varying probability distribution in a feature space, and an evolutionary dynamics equation fused with the influence of information diffusion field is used to model and predict the dynamic evolution process thereof; finally, a model predictive control framework is adopted, and based on the prediction of the future group state, the score weight is prospectively optimized and adjusted; the application realizes intelligent migration of scoring knowledge among groups, dynamic and accurate prediction of user demand, and rapid response to information environment mutation, and significantly improves the adaptability, accuracy and user experience of the information distribution system.

In a dialogue system, the system will be able to modify the know-how information stored in the database based on the user's responses. [Solution] The information processing device includes an acquisition unit and a control unit. The acquisition unit acquires questions from the user. When the control unit acquires a question about know-how entered by the user from the acquisition unit, it acquires one or more pieces of know-how information from a database that stores multiple pieces of know-how information according to the content of the question. The control unit displays an answer to the question based on the specific piece of know-how information contained in the one or more pieces of know-how information. Furthermore, the control unit determines whether or not the specific piece of know-how information needs to be modified based on the user's reaction to the answer.

A system and method is described for providing information in response to a natural language question. A user question is received in natural language. Information about available business information sources and the user question is forwarded to a large language model to identify a relevant business information source. The relevant business information source and the user question is forwarded to the large language model to generate a query to retrieve information needed to answer the user question from the relevant business information source. The query is executed on the relevant business information source to retrieve the information needed to answer the user question. The retrieved information is forwarded to the large language model to format the retrieved information into a human-readable response. The human-readable response is presented to the user.

This disclosure proposes a method, apparatus, device, and medium for generating prompt words. The prompt word generation method includes: acquiring first requirement information needed to generate a first prompt word; processing the first requirement information based on a first artificial intelligence (AI) model to generate multiple first prompt words corresponding to the first requirement information; acquiring a second AI model corresponding to at least one processing parameter, wherein the second AI model has corresponding processing stages; and in the corresponding processing stage, performing at least one iterative processing on the multiple first prompt words based on the second AI model to obtain a target prompt word. This solves the technical problems of low generation efficiency and low generation quality of target prompt words in the prior art.

The application discloses a kind of active intelligent dialogue pushing method and system based on user state perception, belong to computer technology field;The method comprises: obtaining trigger event;According to trigger event and historical interaction data, extract the multi-dimensional state information of user, obtain structured snapshot;According to several structured snapshots, generate action sequence;According to action sequence, search, obtain candidate content;High-score content is screened from candidate content and pushed.The application is based on the user behavior analysis and active dialogue decision mechanism of time sequence state snapshot, by continuously generating the user state snapshot containing multi-dimensional information (demand, emotion, trend), form state timeline, and intelligently identify active dialogue opportunity based on the change mode of state sequence, plan information acquisition action sequence, generate high-quality personalized dialogue content.

This invention discloses a page rendering method and apparatus, comprising: a front-end obtaining a first event component corresponding to an event triggering instruction based on an event triggering instruction of a page element; obtaining event task information of the first event component based on a reporting function called by the first event component; wherein the reporting function uses the event task information in the task object of the page element as a variable; the event task information is used to indicate the subtasks corresponding to the event component and their execution order; when it is determined that any subtask in the event task information needs to call an intermediate server, the subtask is sent to the intermediate server; the execution result of the subtask is obtained based on the intermediate server, and a second event component is modified according to the execution result; and rendering and display are performed based on the second event component. This reduces the execution code of the event component, simplifies the content of the event component, retains only the rendering function of the event component, thereby improving the reusability of the event component and reducing the difficulty of maintaining and managing the event component.

The application discloses a resource synchronization method and device, equipment and a readable storage medium. The method is applied to a target node of a distributed management system. The method comprises the following steps: in combination with micro-service technology, a resource change event corresponding to the target node is listened to, and after the resource change event is listened to, resource change information of the target node is determined; the resource change information is subjected to regular filtering, and it is evaluated whether the resource change information needs to be synchronized with a remote node; if yes, a check identifier of the resource change information is generated; the check identifier and the resource change information are written into a lock queue; the check identifier and the resource change information are synchronized to the remote node by using the lock queue, so that the remote node performs resource synchronization based on the received resource change information after determining that the received resource change information transmission is correct by using the check identifier. It can be seen that the application can realize remote resource synchronization while reducing CPU occupation.